Built for Tomorrow

What if your next "hire" wasn't a person — but a reusable, well-trained capability that works 24/7, never forgets a process, and gets better every time you use it?In this episode, we unpack Claude Skills — a practical way for business owners, designers, and operators to package expertise into AI workflows that behave like autonomous team members. We cover what a skill actually is, where it fits into the real work of a small or mid-sized business, and how to start thinking about AI not as a chatbot, but as a workforce you design, train, and deploy.Sharp knowledge. No filler. This is Built for Tomorrow.

Wood breathes. Your spine moves. Good furniture has to respect both.In this episode, we go deep on one of the most overlooked relationships in furniture design — the one between a living material and a living body. Why timber continues to expand, contract, and move long after it's been cut. How traditional joinery techniques work with that movement instead of against it. And why understanding wood as a structural material directly shapes how seating supports the human spine over years, not just hours.Sharp knowledge. No filler. This is Built for Tomorrow.

The data behind your office chair is older than you think — and it wasn't collected with you in mind.In this deep dive, we unpack one of the most quietly consequential facts in the furniture industry: the ergonomic standards that define seat heights, desk clearances, and workstation dimensions in virtually every commercial space today are largely derived from a 1988 U.S. Army anthropometric survey. We trace how that single dataset became the foundation of modern standards like HFES 100 and BIFMA G1, who gets designed for — and who gets left out — and what progressive designers and business owners should be asking before they spec their next fit out.Sharp knowledge. No filler. This is Built for Tomorrow.

Wood breathes. And the data behind your office chair is older than you think.In this episode, we go deep on two ideas every designer and business owner should know. First, why timber is still a living material long after it's been cut, and how that changes the way furniture should be built. Then, we unpack the surprising origin of modern ergonomic standards — and why the data shaping today's workplaces was collected from U.S. Army soldiers in 1988.Key topics:- Why wood expands and contracts — and how good joinery accounts for it- Floating tenons, breadboard ends, and grain orientation explained- The ANSUR 1988 database and how it became the foundation for HFES 100 and BIFMA G1- Why "standard" furniture doesn't fit most people- What's being done to update ergonomic standards for today's diverse workforceNo fluff. Just the knowledge you need to specify better, build smarter, and think bigger.